1.
In linear ship wave-making problem, constant boundary elements are ued to discretlze the inter-face of a steady moving ship and the water.
采用常数边界元对船舶与流体界面进行离散，求解船舶兴波势及船舶兴波阻力。
2.
Numerical Research on Unsteady Ship Wave-making Problems in Time-domain;
船舶非定常兴波问题的时域计算研究
3.
Research on the Method and Calculation of the New Slender-Ship Wave Resistance Theory
船舶兴波阻力新细长船理论的方法与计算研究
4.
Calculation of Wave Patterns and Wave Resistance of High-speed Displacement Ships with Transom Stern
高速排水型方尾船舶的兴波波形与阻力计算
5.
Numerical Calculation of Wave Pattern and Wake Wash for High-Speed Displacement Ships
高速排水型船舶兴波波形及尾浪的数值计算
6.
The Research of Vessel Generated Waves and It s Application in Restricted Waters;
船舶兴波对船舶影响研究及其在受限水域中的应用
7.
Calculation of Wave Making Resistance of Ship Using NURBS-Based Higher Order Panel Method;
基于NURBS高阶面元法的船舶兴波阻力计算
8.
Numerical Calculation and Research of Ship Wave-making Problem by A Raised Panel Method Based on NURBS;
基于NURBS面元法的船舶兴波问题数值计算研究
9.
A solution to wave making problem using fully nonlinear free-surface boundary condition
全非线性自由面边界条件求解船舶兴波问题
10.
A METHOD FOR CAD OF HULL-LINES BY WAVE RESISTANCE THEORY WITH THE VARIATION OF PARENT FORMS
兴波阻力理论与母型船变换相结合的船舶型线设计方法
11.
The wave problem is predicted by adopting panel method based on Kelvin source for a ship traveling in a uniform flow.
采用基于开尔文源的面元法求解航行于均匀流场中的船舶兴波问题。
12.
Developing ship financing charter party and promoting the shipping industry
发展船舶融资租赁 引领航运事业振兴
13.
Simulation of Harmonic Suppression for Power System of Marine Electric Propulsion;
电力推进船舶电网谐波抑制仿真研究
14.
The Response of Longitudial Motions and Loads of Ship in Wave;
船舶在波浪中的纵向运动响应及载荷
15.
Research on Control Methods of Harmonic in Power System of Electric Propulsion Ship
船舶电力推进系统谐波控制方法研究
16.
Rearch and Development of the Predicting System for Ship Sea-keeping Performance at Actual Sea
船舶实海域耐波性预报系统研究开发
17.
Characteristics of vibration wave propagation in typical hull structure
典型船舶结构中振动波传递特性研究
18.
Ningbo Port of Pollution from Ships, Accident Analysis and Countermeasures
宁波港船舶污染事故分析及对策探讨